Frame structure for mounting liquid crystal display panel

Abstract

The present invention discloses a frame structure for mounting a liquid crystal display panel, and a frame with such structure is combined by a bonding technique, so that the assembled frame can provide enhanced bonding sides for supporting and mounting an LCD panel. The frame structure of this sort can avoid wasting raw materials and lower material costs significantly.

1 . A frame structure for mounting a liquid crystal display panel, and said frame is comprised of two long sides and two short sides, characterized in that said long side and said short side form a connecting end, and said two long sides and said two short sides are combined to form a rectangular frame through said connecting ends, and a bonding technique is applied to said connecting ends to constitute a frame structure. 
   
   
       2 . The frame structure for mounting a liquid crystal display panel of  claim 1 , wherein said frame forms a 45-degree diagonal at said connecting ends of said long side and said short side, and said two long sides and said two short sides are combined to form a rectangular frame by said connecting ends, and a connecting base is disposed separately at four corners of said frame and applied with a bonding technique. 
   
   
       3 . The frame structure for mounting a liquid crystal display panel of  claim 2 , wherein said connecting base is comprised of a top and two adjacent longitudinal sides. 
   
   
       4 . The frame structure for mounting a liquid crystal display panel of  claim 1 , wherein said connecting end disposed separately at both ends of said long side is in an L-shape right angle, and said connecting end disposed separately at both ends of said short side forms a first lap joint substantially in step-shape, and a second lap joint is substantially bent into a right angle and extended from a longitudinal surface of said first lap joint, and a drop of the step-shape design of said first lap joint is precisely equal to the thickness of said top of said long side. 
   
   
       5 . The frame structure for mounting a liquid crystal display panel of  claim 1 , wherein said connecting end disposed separately at both ends of said long side forms a lap joint substantially in a right angle and extended from the top of said long side, and its longitudinal side forms an interval with said lap joint, and said connecting end disposed separately at both ends of said short side forms a drop disposed at the top of said short side and being precisely equal to the thickness of said first lap joint disposed at the top of said long side, and a second lap joint is formed by bending said first lap joint into a right angle, and a junction substantially in the shape of a right angle is extended from said longitudinal side proximate to said first lap joint, and an interval is formed at said first lap joint and said second lap joint with said longitudinal side of said short side, and said interval is precisely equal to the thickness of said lap joint at said connecting end separately disposed at both ends of said long side, and said longitudinal side of said long side and said lap joint form an interval precisely equal to the bent distance of said junction of said short side. 
   
   
       6 . The frame structure for mounting a liquid crystal display panel of  claim 1 , wherein said connecting end disposed separately at both ends of said long side forms a lap joint in the shape of a long hole and disposed on the top of said long side, and its longitudinal side forms an U-shape indent and shallow-trench lap joint and an internally drawn interval disposed on the external side of said lap joint at the top of said longitudinal side, and a first lap joint is formed at the top of said connecting end disposed separately at both ends of said short side, and a second lap joint substantially in a right angle is extended from said longitudinal side proximate to said first lap joint.